Magnetic gears offer several advantages compared to mechanical gears in terms of reduced
maintenance, improved reliability, and inherent overload protection while having a high …

This paper describes a magnetic power split device integrated with a brushless permanent-magnet
machine, which acts as a magnetic continuously variable transmission. It employs an …

Magnetic gearing may offer significant advantages such as reduced maintenance and improved
reliability, inherent overload protection, and physical isolation between input and output …

High performance magnetic gears are competitive with mechanical gears in terms of their
torque transmission capability, and they offer significant operational benefits. Various …

The paper describes a completely new topology for a low-speed, high-torque permanent
brushless magnet machine. Despite being naturally air-cooled, it has a significantly higher …

This paper presents a theoretical and experimental investigation into a dual rotor magnetically
geared power split device for hybrid electric drivetrains. It is shown that the modulation of …

We describe a procedure for calculating the core loss in high-speed switched-reluctance
machines. The technique calculates core losses within a switched-reluctance machine to a …

The efficient generation of relatively large quantities of electrical energy in vehicles is
becoming an increasingly important issue, as a result of the increasing demands of ancillary …

This paper investigates the iron loss that results in a novel topology of switched reluctance (SR)
machine which has been developed for application as a starter/generator within the high …

The paper describes a comparative study of low voltage and high voltage SR machines for
use in an automotive turbo-generator exhaust gas energy recovery system. Their relative …